首页> 外文会议>2012 IEEE International Geoscience amp; Remote Sensing Symposium. >Coseismic deformation field derived from ENVISAT/ASAR data and fault slip inversion of Ms7.1 Yushu earthquake, China in 2010
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Coseismic deformation field derived from ENVISAT/ASAR data and fault slip inversion of Ms7.1 Yushu earthquake, China in 2010

机译:基于ENVISAT / ASAR数据的同震形变场和2010年中国玉树Ms7.1地震断层滑动反演

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摘要

This work estimated the coseismic deformation field of the Yushu earthquake in 2010 using the C band ASAR data, and inverted the fault slip distributions and simulated the interferograms. The results demonstrated that the slip distributions were mainly presented in shallow depth above 15km.There were two slip-concentration areas, maximum slip was nearby the Jiegu town, and fault motion sense was left-lateral strike-slip, which were all reconciled with field observations.
机译:这项工作利用C波段ASAR数据估算了2010年玉树地震的同震形变场,并反转了断层滑动分布并模拟了干涉图。结果表明,滑移分布主要表现在15 km以上的浅层深度,有两个滑移集中区,最大滑移在界谷镇附近,断层运动方向为左走向滑移,均与现场相吻合。观察。

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